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Pests of Deepwater Rice and their Management

Integrated Pest Management Reviews, 1999
Deepwater rice has a distinctive pest complex due to prolonged deep flooding, extended growth duration and a complex environment. Flooding smothers weeds, prevents population buildups of some pests and diseases, and stimulates new growth which may compensate for early damage. Major pests are adapted to these aquatic conditions and exploit the succulent
H.D. Catling, Z. Islam
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Diseases and Pests of Rice in Japan

Outlook on Agriculture, 1956
In no country is the technique of rice-growing so advanced as in Japan. Dr. Padwick, author of “Manual of Rice Diseases” reports on the extensive use now being made by the Japanese of chemicals to control rice pests and diseases.
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Pest Interactions in Rice in the Philippines

1990
Interactions between weeds, vertebrate pests, mollusks, insect pests, diseases, and nematodes are discussed in this paper. Weed growth is affected by many cultural practices. Weeds also harbor, are hosts or sources of food for insect pests, diseases and other pests, as well as the natural enemies of these pests.
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Integrated Pest Management in Rice

Experimental Agriculture, 1994
Summary Integrated pest management (IPM) in rice has been mainly applied to irrigated, lowland paddy rice ecosystems which generally use more inputs and have higher yields ha−1 than rainfed ecosystems. Large scale implementation of IPM was stimulated in the 1970s in several Asian countries by pest resurgences resulting from indiscriminate ...
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Insect Pests of Rice in Laos

PANS, 1978
Abstract The insect species feeding on rice in Laos were investigated during 1973–75. Populations were usually small but the most common species were Patanga succincta (L.), Leptocorisa spp. and Nezara viridula (L.) on the upland rice; Oxya and Euscyrtus spp. in the seedbeds and Chilo polychrysus (Meyr.), C. suppressalis Wlk. and Sesamia inferens (Wlk.)
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Impact of “System of Rice Intensification” on the Abundance of Rice Pests

2017
The targets for agricultural development in Indonesia in 2015–2019 are improvement of food security and achievement of food self-sufficiency. The key factors to achieve the targets are utilization of irrigation waters efficiently, the ability of farmers to use fertilizer in proper dosages, and low levels of pest attacks.
Mofit Eko Poerwanto   +1 more
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Insect Pests of Stored Rice

1991
Stored-product insects damage agricultural commodities during storage, processing, and distribution. Postharvest losses are particularly costly. The production costs already invested in the crop place the value at its highest point, and the loss of relatively small percentages is financially significant.
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Monitoring of the pests and diseases of rice

Защита и карантин растений, 2022
N.G. Mikhina   +2 more
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Rice Insect Pests and Agricultural Change

2019
Examination of light trap records spanning the period of agricultural change in the Philippines and Malaysia, as well as of contemporary records from areas in the Philippines that differ in the intensity of cultivation as is to be expected from the numerical and functional response of natural enemies.
M. A. Loevinsohn   +2 more
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